- 142 - APPENDIX C ALPHABETICAL SUBJECT HEADINGS CABIN CONDITIONING see AIR CONDITIONING CABINS CABINS, PRESSURE see CABINS, PRESSURISED CABINS, PRESSURISED CABLES CABLES, COAXIAL CABLES, ELECTRIC CABLES, TRANSMISSION CADMIUM CADMIUM ALLOYS CADMIUM-NICKEL BATTERIES see BATTERIES, NICKEL-CADMIUM CAESIUM see CESIUM CAGES, BEARING CALCULATION CALCULUS, OPERATIONAL CALCULUS OF VARIATIONS CALIBRATION CALORIMETRY CAM GEARS see GEARS, CAM CAMBER CAMBER, NEGATIVE CAMBERED AEROFOIL SECTIONS see AEROFOIL SECTIONS, CAMBERED CAMERAS CAMERAS, HIGHSPEED CAMERAS, TELEVISION CAMERAS, X-RAY CAMS CAMSHAFTS CANOPIES see PARACHUTES CANOPIES, COCKPIT CANOPIES, PARACHUTE see PARACHUTES CANTILEVER BEAMS see BEAMS, CANTILEVER CANTILEVER PLATES see PLATES, CANTILEVER CAPACITORS CAPILLARITY CAPILLARY TUBES see TUBES, CAPILLARY CARBIDE, CHROMIUM see CHROMIUM CARBIDE
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- 142 - APPENDIX C CABIN CONDITIONING see AIR CONDITIONING CRANFIELD... · Nbf Flow (by speed, type, dimension) Nfl Boundary layer Ng Flow elements Ni Attributes Nn Fluid properties
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- 142 -
APPENDIX C
ALPHABETICAL SUBJECT HEADINGS
CABIN CONDITIONING s e e AIR CONDITIONING CABINS CABINS, PRESSURE s e e CABINS, PRESSURISED CABINS, PRESSURISED CABLES CABLES, COAXIAL CABLES, ELECTRIC CABLES, TRANSMISSION CADMIUM CADMIUM ALLOYS CADMIUM-NICKEL BATTERIES s e e BATTERIES, NICKEL-CADMIUM CAESIUM s e e CESIUM CAGES, BEARING CALCULATION CALCULUS, OPERATIONAL CALCULUS OF VARIATIONS CALIBRATION CALORIMETRY CAM GEARS s e e GEARS, CAM CAMBER CAMBER, NEGATIVE CAMBERED AEROFOIL SECTIONS s e e AEROFOIL SECTIONS, CAMBERED CAMERAS CAMERAS, HIGHSPEED CAMERAS, TELEVISION CAMERAS, X-RAY CAMS CAMSHAFTS CANOPIES s e e PARACHUTES CANOPIES, COCKPIT CANOPIES, PARACHUTE s e e PARACHUTES CANTILEVER BEAMS s e e BEAMS, CANTILEVER CANTILEVER PLATES s e e PLATES, CANTILEVER CAPACITORS CAPILLARITY CAPILLARY TUBES s e e TUBES, CAPILLARY CARBIDE, CHROMIUM s e e CHROMIUM CARBIDE
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Appendix C (Continued)
CARBIDES CARBON CARBON DEPOSITION CARBON DIOXIDE CARBON MONOXIDE CARBON-TUNGSTEN ALLOYS see TUNGSTEN-CARBON ALLOYS CARPETS (GRAPHS) CARS s e e AUTOMOBILES CARTRIDGE STARTERS s e e STARTERS, CARTRIDGE CARTRIDGES CASCADES CASCADES, TWO DIMENSIONAL CASE HARDENED STEEL s e e S T E E L , CASE HARDENED CASE HARDENING s e e HARDENING, CASE CASE HARDENING STEEL s e e S T E E L , CASE HARDENING CASINGS, COMPRESSOR s e e COMPRESSOR CASINGS CAST IRON s e e IRON, CAST CASTING CASTING, ARC CASTING, CENTRIFUGAL CASTING, INVESTMENT CASTING, LOST WAX s e e CASTING, INVESTMENT CASTING ALLOYS s e e ALLOYS, CASTING CASTINGS CASTINGS, ALUMINIUM ALLOY CASTINGS, MANGANESE ALLOY CASTINGS, PLASTIC CASTINGS, STEEL CASTINGS, ZINC ALLOY CATALYSIS CATALYSTS CATAPULTS CATAPULTS, HYDRAULIC CATHODE RAY OSCILLOGRAPHS s e e OSCILLOGRAPHS CATHODE RAY TUBES s e e TUBES, CATHODE RAY CAUSES CAVITATION CAVITATION FLOW s e e FLOW, CAVITATION CAVITIES CAVITY MILLING MACHINES s e e MILLING MACHINES, CAVITY
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Appendix C (Continued)
CEILING (PERFORMANCE) CELLS, LECLANCHE CELLS, PHOTOELECTRIC see PHOTOELECTRIC CELLS CELLS, PRIMARY CELLS, SECONDARY CELLULOSE ACETATE CEMENTED JOINTS see JOINTS, CEMENTED CEMENTS CEMENTS, ADHESIVE CENTRE, AERODYNAMIC CENTRE OF GRAVITY CENTRE OF PRESSURE CENTREBODY INTAKES see INTAKES, CENTREBODY CENTRIFUGAL CASTING see CASTING, CENTRIFUGAL CENTRIFUGAL COMPRESSORS see COMPRESSORS, CENTRIFUGAL CENTRIFUGAL FORCES see FORCES, CENTRIFUGAL CENTRIFUGAL GOVENORS see GOVENORS, CENTRIFUGAL CENTRIFUGAL IMPELLERS see IMPELLERS, CENTRIFUGAL CENTRIFUGAL PUMPS see PUMPS, CENTRIFUGAL CENTRIFUGAL SUPERCHARGERS see SUPERCHARGERS, CENTRIFUGAL CENTRIFUGES CENTRIPETAL ACCELERATION see ACCELERATION, CENTRIPETAL CENTRIPETAL FORCES see FORCES, CENTRIPETAL CERAMALS see CERMETS CERAMIC COATINGS see COATINGS, CERAMIC CERAMIC RADOMES see RADOMES, CERAMIC CERAMICS CERMETS CERTIFICATION CESIUM CHANNELS (HYDRODYNAMICS) CHARACTERISTIC AERODYNAMIC TIMES see TIMES, CHARACTERISTIC CHARACTERISTICS CHARACTERISTICS, METHOD OF CHARGE, ELECTROSTATIC CHARTS CHEMICAL ENERGY see ENERGY, CHEMICAL CHEMICAL MILLING see MILLING, CHEMICAL CHEMICAL REACTION see REACTION, CHEMICAL CHEMICAL SHOCK TUBES see SHOCK TUBES, CHEMICAL
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APPENDIX D
SYNOPSIS OF FACET SCHEDULES
A Aviation in general Ab Civil (by field of serv ice , ownership, a rea of service) Ai Sporting Aj Military Az Other engineering s t ruc tures B Aircraft (various charac ter i s t ics of division) C Structural pa r t s , including Ca Combinations Cd Wing Cn Tail unit Cp Control surfaces Db Rotor Dc Propel ler (various charac ter i s t ics of division, also its par ts) Ea Fuselage, body (and their parts) E i Nacelle, pod Ej Envelope Ek Cowling Em Skin ' En Alighting gear (and its parts) Ev Flying controls (and thei r par ts) Eyt Trimming controls Ez Model-testing equipment (when object of study) Fa Structural par ts and elements Fm Bodies in general Ga Engine, power-plant (various charac te r i s t ics of division) Gn Ancillary equipment Gu Auxiliary sys tems and equipment Ha Machine components Hx Machine proper t ies and processes I Spatial proper t ies la Portion Ig Shape . Iv Dimensions Ix Arrangement Ja Performance J t Conditions of flight
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Appendix D (Continued)
K Flying operations, manoeuvres La Navigation Lw Air Traffic control Ma Aircraft instruments and aids Mn Maps and charts (and their characteristics) Mr Ground services Mu Personnel Mv Accidents and hazards N Aerodynamics in general Na Fluids Nb Aerodynamic entities Nbd Interface Nbf Flow (by speed, type, dimension) Nfl Boundary layer Ng Flow elements Ni Attributes Nn Fluid properties Np . Aerodynamic forces
Oa Control, stability, &c. Ok Processes and properties Om Aeroelasticity Op Buffeting Oq Aerodynamic reference parameters P Materials (by use, by constitution) Pr State and form of matter Q Manufacturing processes Ra Mechanics of rigid bodies Rg Mechanics of deformable bodies Rt Surface properties Rx Porosity Sa Mechanical vibration (with properties and processes) Sg Electromagnetic wave and particle motion Sgb Radiations Sh Particles Sm Thermal behaviour of materials Sr Thermodynamic properties and processes Ta Structure Td Crystal properties (and phenomena) Tk Chemical properties and behaviour Tv Biological properties
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Appendix D (Continued)
Ua Aviation medicine Um Meteorology, weather V General technical operations Vk Apparatus (including mode-test ing equipment) Vv Recording (methods and equipment) W Elec t r ica l and electronic equipment Wd Circuits Wf Components Wq Proper t ies Wt Processes Xa Managerial operations Xg Personnel operations Xk Research Y Mathematics Yp Methods Yx Computers (Z) General proper t ies (Zq) Magnitude (Zu) General at tr ibutes (1/9) Geographical schedules :b L i te ra ry form :c Char ts
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Appendix D (Continued)
SCHEDULES FOR AERODYNAMICS
N Aerodynamics, Including fluid dynamics
Na Fluids Nad Perfect, Ideal fluids Nap Real fluids Naq Gases (Aerodynamics) Nar Air (Aerodynamics) Other gases divide by P, Materials Nas Rarefied gases Nat Compressed gases Nav Liquids (Fluid dynamics) Naw Water, (Fluid dynamics) Other liquids divide by P, Material
Nb Aerodynamic entities Nbd Gaseous interfaces, free surfaces Nbf Flow
Reversible flow I r revers ib le flow Prandt l -Meyer , Expansion flow Slip flow F r e e molecule flow Shear flow Cavity flow Separated flow Mixed flow
Re-energised flow Divide Nbf also by shape, bracketed - e . g . Conical flow Nbf (Igr)
Nf By dimension Add number Two dimensional flow Nf2
Flow elements Ngc Streamlines Nge Sources Ngg Sinks Ngi Doublets Ngk Vortices Ngm Bound Vortices Ngn Vortex Filaments Ngp Vortex Sheets Ngs Vortex Streets Ngx Je t s Nh Waves Nhb Expansion waves Nhd Compression, shock waves Nhf Normal shock waves Nhh Oblique shock waves Nhj Attached shock waves
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Appendix D {Continued;
Nhk Detached shock waves Nbm Mach waves Divide by S, Mechanical vibration -
e .g . Attenuation: Shockwaves Nhd Sf r
Attributes Ni Velocity (Aerodynamics) Nic Mass flowrate Nie Velocity gradient
Nj Similarity parameters Njb Mach number Njd Critical Mach number Njf Mach number of divergence Njh Prandtl number Njj Nusselt number Njm Reynolds number Njp Froude number Nkb Profile Nkd Thickness ratio Nkf Circulation Nkh Vorticity Nm Hydrodynamic characteristics Nmd Spray Nn Fluid properties Nnc Density (fluids)
Nng C ompr e s s ibility Nni Viscosity Nnk Kinematic viscosity Nns Surface tension, capillarity
Divide by Ws Wave propert ies e .g . Frequency: flutter, On W
Attach lid etc. directly to Cd etc. Use Oqm for generalit ies on planform only Add number of degrees , e. g. 45 Sweepback Sweptback 45 : Wings Cd Oqp 45 See Iibb Sweptback, Iibd Sweptforward
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Appendix D (Continued)
Oqx Oqy Oqz Osb Osg Osi Osj Osk Osn Osq O s s
Oub Oud Ouf Ouh Oup Our Out Ouv Ouw
Twist Dihedral Wing area Span Quarter chord line Chord -
Geometric mean chord Aerodynamic mean chord
Quarter chord point Aerofoil sections, Aerofoil profiles Camber
Rotating wing Tilt Disc area Solidity Diameter Pitch (Rotors)